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2 @! a2 U1 n) Q$ J3 u( n6 ` X【官方文档】最全的NX9.0 新功能集锦，其他的都弱爆了！, y- b/ L5 E* y( g
9 R9 o4 ]9 X4 \0 n# C# K
^8 g1 f4 f1 S* ^涵盖了所有模块！6 _1 u6 q7 T$ {; F' [7 r* f8 k7 [
: Y& C. v5 m2 C1 A' [
$ q' `! A9 b1 V7 G% ~6 W0 s8 J: X不懂E文的，看图也知道了！！
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1 E1 |8 I! k! x" P4 g What's New in NX 90 iii
3 `+ P9 I2 N% OContents
/ s1 W" X. R$ f2 VChapter 1: Fundamentals
7 a2 G1 U) q7 o) ?9 C zRibbon bar interface The NX Window (Ribbon bar)
% B7 Z3 h- g- {& VShow Ribbon bar tabs and commands 3 u/ C5 n$ J a1 w, g" |
Add commands to the Quick Access toolbar # [- m. ~* t+ [) g; `% V6 H3 Y
Add commands to Border bars 6 ?5 H8 o/ T/ x1 F" P+ m
Customize the Ribbon bar interface
$ C2 J, a- \% N' b; aAdd a tab and group to the Ribbon bar
$ q) x) e: C. K- }3 [4 XSave Ribbon bar layouts
6 b* C- }1 N5 X0 o& N% @2 L: sExport and import your interface layout
+ o: P0 h9 c7 g) ~& d) {* MRay Traced Studio
0 ^* D4 I/ J% fIssue Management enhancements . x Y7 L, e2 V# f/ d; m3 h" t
Generate support logs for IR or PR
g- t7 F) M3 H* f" {8 W$ Y( AIntegrated web browser enhancement & t& y7 _* E3 Q: v8 u: k" M
View section enhancements 8 u6 R6 A+ m/ F) p3 R
Display facet enhancements ( q/ a" q- m$ m( T9 w% [- K% J
Measure Point
" y3 I" @3 x9 c- XRaster Image enhancements
/ Q* S+ i! k) b% ALock Rotations
% g# E* ]$ |, ~" pSynchronize Views
}& ]( V) P C, A" q; Y, I# k0 nStereo Display Visualization preference * t/ V& |; t! q5 ]: ^
CSYS tool enhancements
: D- v- h7 E0 \Edit attributes in bulk
; P* p e/ e: a' i g8 o/ |Chapter 2: CAD
/ m7 O/ B3 ~: Z" rSkeTChing
5 V! d' W. V; M* P+ ~) k# u" zSketch enhancements 3 G& p# P! Z/ y- `! c
Sketch dimensions 4 W: o7 \2 c/ m# N( ^9 U/ P
2D Synchronous Technology
- v9 I/ A# d8 ~5 b+ `% i ]Rigid sketch groups
) {6 \; Z! w5 c) h" h# ZPart Module 8 M: E* [6 t' i
Additional Part Module workflow 2 s8 g! \$ W6 g
Shared Body enhancement ! c) i' S. K- p0 F* i& C3 ?" U! y
Controlling Part Module updates
; P. I& U. a2 H Y% w+ n( cNest and Un-nest Part Module ! v. z% S" p% N4 p' I" N- _
Save As and Part Modules
! }2 v( F: Z, zSynchronize Links enhancement
* i, i/ S& S$ @4 C/ V8 P, P" R' @Modeling
) M7 W# U) q4 i1 q- q% O( bSnip into Patches- `( Z: a. k2 m9 X3 [2 T( N4 f* y
Rib
) f6 Y6 r& T- rMirror Geometry 5 q& x" {/ S( B" \& B3 I6 B& d( q
Extract multiple bodies enhancement
; z% T `- ^ \6 d& r, nAnalyze Pockets and Blend Pocket
. u& I2 l' l5 }" n5 L; {Combine or separate tool bodies
( _% z3 V+ e, e4 B5 O, e9 c$ M, @Interrupt feature updates 5 v! ^4 H$ v7 ]3 _+ P. p' y
Load Rollback Data ( {1 M# q! h2 z) I ?# C! M4 z' _5 j
Sorting model views , C7 d& y: ]2 A+ F2 Q+ ^
Select intersection edges in Edge Blend and Draft 1 Q" n! }2 O' X& _3 k& g
Replace Edge . ^+ F2 t; T+ D
iv What's New in NX 90 . c2 d) L3 D, P9 r( {
Local Untrim and Extend
) f- h8 ^3 f. E. D6 p7 H, p; \RoUGh Offset enhancement . f H3 ~/ Q0 {) N- V6 ^2 C) r2 e
Replace Feature enhancements
/ P6 B/ Q/ G! j/ A. b, J. UUnsew enhancements & ^; z; B6 q; b( Z
Draft enhancements 0 Z4 D+ b1 O+ o( }
Draft Body enhancements $ i4 E! z& P+ v3 _" g! i: [1 b
Thicken enhancements
& I$ h) R' m4 p2 _5 Y. }Pattern enhancements $ M4 q0 b) m2 J6 a1 L6 m
Untrim enhancements
7 d: m5 w2 y( zDivide Face enhancements 6 f. b+ W+ K% k: e- u( K# A
Part Families enhancements 6 p$ e0 {0 o3 a$ }3 V h; m
Body selection enhancements for Boolean operations ( B* n$ v1 w) D" P$ D
Face selection enhancements for Synchronous Modeling
8 `( i& Z9 N! f! z2 R" iSynchronous Modeling
, ^5 F/ N) n2 g9 t; _Move Edge
|) m/ m# ~& k& }Offset Edge M8 X5 U" o" o6 U8 j1 q4 ^& l; P" i4 `
Delete blend faces with the Delete Face command - M$ N0 `7 a$ [ i s9 l
Label Notch Blend enhancement
9 ?. y; m1 m# IFacet Body Preparation
& G/ _7 h9 T6 ?: b+ Z% P) gCreate Box ' b. y8 |6 F# p& q5 E) m
Snap Point enhancement
- n* n! b* l( k) UExtrude Facet Body
/ f, _5 {) \2 m1 mExtrude Profile
, `$ e5 c) P7 E4 r4 f! _Merge Disjoint Facet Bodies * i7 e4 {# |, g/ U7 o# K4 H/ _
Merge Overlapping Facet Bodies
V; J8 {& A& M$ eMerge Touching Facet Bodies - Q w; m9 J" d4 _# |; r
Rough Offset enhancement
( I1 o h F: |7 @' f6 ]3 MShape Studio / S2 q6 `3 ^5 E/ B6 r$ h
Smooth Curve String
9 X$ x& V; z' Q4 Y: |1 ZSection surface user interface improvements , J2 Z) n% C' X! P
Highlight Lines enhancement
/ O/ d' u( Z; A& wDeviation Gauge enhancements
) f8 x5 y# b3 X: f" V" c" \ [; XFace Analysis – Slope enhancements
1 V' M5 k' w9 N9 s: GConcave Faces enhancements , K4 m" ^( J" G' Y/ \4 ~: ?" ], e
Face Curvature Analysis t; |" X0 l2 Z/ x7 \( v$ z
Ruled surface Developable Alignment
/ w( V( T4 i" _7 d6 _Wrap/Unwrap Curve
- K% Q& k) ~$ K7 O0 XAssemblies - w' ?: l- r. R
Pack all components enhancement 0 d' R) k% ` M
WAVE link multiple bodies enhancement' U+ H: k& ]/ o; }. u
Load Rollback Data , U$ m( a$ B4 n6 ~. o
Assembly Clearance enhancements
, {" V6 u7 y' r1 R# n' C3 eOrder of components in the Assembly Navigator
# x4 z" ~+ y( z- ^) w" d- S. _Pattern Component ! c2 O/ y f0 |3 w. Q; @2 W
Identification of inconsistencies between WAVE and assembly constraints ( b5 P F9 W" L: J" [
Align/Lock assembly constraint
$ r2 r, ~% E7 PDirection to Fixed column in the Constraint Navigator / d- t6 {! T6 Y/ {8 d* ^3 l
Product interface enhancements 7 _1 g& f7 n$ p( C/ [: f
Assemblies functions in SNAP ! ]& X+ ?# D2 K
Visual reports - l) n) |7 G+ Z/ X; v
Drafting ; T7 n- _ K) I( W& X* k
Usability enhancements # C, S* ^5 G. f! I6 {3 L2 X A
Rapid Dimension - J7 o0 [# k5 H' r
Linear Dimension & u* i) r5 d5 L4 g" j, z( D
Radial dimension ) V8 k) `. l$ N9 I; H# E
Angular Dimension enhancements * ?) s7 T5 C) p3 g+ V" N# ?
Hole Callout + H; V5 W1 {& A9 _
Geometry margins for dimensions and annotations 8 R/ Y9 T" j b1 Z
Alternate Dimension Endpoints
& o6 i) E4 p, }" ?# ^7 y1 O; xGeneral dimension enhancements ) x2 _' P1 z" I0 m _# P! i
Exact and Smart Lightweight view enhancements 6 y* Y: @1 x0 l, q! [) E
Dimensioning Smart Lightweight views
* R% R" _/ F8 g6 yViewing Direction Reference Arrows
$ z7 L; g! V6 ^# J8 R" o, j( D- VSection line bend and end segment widths
# T0 r6 _2 ]& B$ h$ i# NAuto balloon leader placement
" V, p! P3 p5 |: [Axis Intersection symbol
8 O( {* Q% v) x4 T) m3 Y, NSurface Finish Symbol enhancements
9 a, l8 `: I( q4 t* PDatum leader enhancements
' }+ d. b( M8 A% s) ?Drafting symbols
, R/ P2 q4 q- o# O& vEmbedded image enhancements 7 u# w) Q" w4 g. c! G! a) {- v1 Q
Hole Table 5 b1 i1 D! U m1 z- T: ?, [
Bend Table * {( u) q, ~% I! N1 b5 ?
Inherit PMI enhancements
0 o5 h/ ^2 ?" Z! H0 P# [% A ~4 MCrosshatch enhancements
" v) n+ x) y/ Y: U3 X3 `Product and Manufacturing Information (PMI) 0 b1 k8 G9 L- V! z, P% N# K/ F
Usability enhancements . j! W p$ X. V3 b) B0 `9 I
Rapid Dimension
, B; o) A6 y/ u+ C( r) l% B+ ELinear Dimension 6 X4 l h4 ^% e
Radial dimension 6 }4 ^. L' w" \' J9 E' S5 ]
Angular Dimension enhancements % n% M! O* s' [- J f0 A' h3 N: B
Hole Callout ; v, P7 @1 P& m! E7 c& c
Geometry margins for dimensions and annotations - L4 k* K, K- c6 K+ L6 W, K
Alternate Dimension Endpoints
$ \# Y: @% i: i0 N) c9 CGeneral dimension enhancements ! c7 W; o- n1 X
Lightweight section view enhancements
# b8 S1 B( q% |) RSurface Finish enhancements
7 W" Y3 M+ J+ D& ]% ^Inherit PMI enhancements $ R, z: Y: a$ `3 g9 m6 R: V4 O
Region enhancement
- E. \: v# R v! J) {Sorting model views 4 b4 f7 @! }. Q" Y. Y8 s' n2 Q
Datum leader enhancements 7 T; J3 m/ A+ L& I( n3 i; h2 N0 `
Drafting symbols \5 ~& r% `" [0 x% e9 w
Axis Intersection symbol ; l- n3 Q1 u W4 ?# {' y. D# V$ S
PMI Feature Identification business modifier
, Z7 T/ V' s5 }. k' d: ^2 RUpdate PMI tracking properties
/ @$ |) g3 g* {Sheet Metal 2 S2 ^; v. Z0 A0 V2 i
Bend Table
8 e" F8 c7 j/ s. ~$ C, eUnbend and Rebend enhancements # R7 w% o* @4 |5 W) f+ R
Resize Bend Radius enhancements
( W; v0 i. Y0 X# U4 fvi What's New in NX 90
: V( V& ^0 [2 A" S7 e# M' r' Z2 E }Mirror Feature enhancements : {5 G3 k* p/ Z0 z% P z& u0 a
Unite in Sheet Metal
9 _5 x6 B. C( n; s0 U1 VThree Bend Corner enhancements
: l7 C: ^, }# a$ P! k; n( P9 [6 nMirror Body enhancements # e6 W" d" X9 I$ O; g) Q+ V" ]
Preferences for flat pattern views 6 F/ D7 O9 G. @' s
Flat Pattern enhancements
( n- f0 X7 i' O# R9 EPattern Face
1 ]- q. b* P* M# g. ]9 q8 a4 rFlexible Printed Circuit Design
( X- Q) z, x& zWrap
8 \' x. _4 q9 \: D0 }3 wFlexible Printed Circuit Design enhancements
% n+ g# D8 D1 N5 c& E# q! d. OPattern Face % {9 }- C, B, Q( U$ D
Data Reuse . ^. g: X8 _4 e( f& U, ~
Double-clicking folders and reusable objects 3 ]6 o9 b, H3 s; Z) j
Creating shortcut folders for your reuse library
7 \+ t$ q0 {7 ~5 ^( n m$ v2 gReuse library undo and redo 0 [- t# [: V% ?4 ~. Z; G
Creating an index in the reuse library
6 ^- @# b7 z- \. D0 o7 ^+ T ZMapping reuse library names 3 g5 Q+ I! j k( V+ C/ L9 l
Reusable object feature name 0 D/ Y( y1 Y7 ~3 w
Reusable object part definition # H; Q( K8 g R! \, p. q
Creating feature component patterns with reusable objects , m% ]6 ^3 n! q1 _
Managing knowledge enabled components in Teamcenter
7 o4 Y# Q# E/ F5 tReusable component revision rules in Teamcenter ; i# ]5 l( g/ P9 H6 }0 k4 j
Adding files as datasets to reusable objects and reusable components in Teamcenter 2 o0 H6 J% b: U- I; h: m
Part family-related enhancements to Product Template Studio 8 O! ]. q( I; W/ e% i
Routing
' ?7 s( ~- k+ r/ RConfiguring Routing applications & K5 r; W& T6 N C$ V
Common Routing tools 1 v+ J1 _% G# @* L1 H% G" s$ D
Routing Electrical
$ L$ e6 a5 b: B6 e; ` }: lRouting Mechanical
: j, n- c( k0 BHVAC
5 c7 I2 j% D$ l! XShipbuilding
, N% l/ `( h- Y2 DKnuckled plates
* }9 ^$ a4 _& Y1 iKnuckled profile systems
- u8 ?8 S/ K1 h7 EKnuckled profiles
7 A2 Q- l7 D& M. |, aCreate stiffeners between supports
; j% ]% l5 Z3 d8 I# l$ T3 F2 n% {Control profile orientations 7 u# S3 J% ]; P+ h0 s
Built-up profiles
9 K( u; U- G, U& l- \* `1 h+ Z FCreate stiffeners on plates with multiple thicknesses
; s! i K. ]+ t& g# D: _9 @& LCreate standard parts on plates with multiple thicknesses . P* R4 z ?8 l: m7 [$ s
Split standard parts in the basic design
, |& `9 v9 G: ]# W7 S9 g% |Split standard parts and built-up profiles in the detailed design 9 B1 I7 r# J% X6 C, ~! R
Profile Transition 7 s% ]: i9 C7 V( [1 k% X" s
End Cut enhancements
5 U, l6 J' \0 Y! b! R+ V2 xProfile Cutout enhancements
; q2 `1 i& H3 f% ~& wCollar plate enhancement" v R& w; Y, m+ A( J3 u
Examine Steel Features
/ e8 H$ {! s" Q, s; J3 B$ v R) EPaint Parameters
0 Y# }% |6 d; W9 M5 u0 }, _: kVehicle Design # W! @5 S7 g$ Z( l) V5 _
Vehicle loading input to vision tools
0 L$ J' I% N3 m! Y: LVehicle Packaging Validation
( z3 [. C7 s" N5 k% N( uHead Impact
& l+ U- r: q. I1 xPedestrian Protection enhancements
' q# |) C- Q5 s& @+ ZEyellipse enhancements / a& P) r3 t4 H
2D Manikin enhancements
. Y% Y8 R* R$ [4 E1 s- X. q. NSeat Lines enhancements # _( N5 O' Z# h3 D
Hand Reach enhancements % i- }4 T" ?4 d' ~" }3 b) Y B) G1 O
Direct Field of View enhancements
4 P0 d$ k' _/ |, o5 D4 j1 FInstrument Panel Visibility enhancements
* l1 R9 ?9 J: Q( ?' @Windshield Vision Zones enhancements $ b2 }4 z$ b( u( A9 ]
Mirror Certification enhancements 5 @+ S0 Z9 R; ^8 z& s! m& k5 k
PCB Exchange
$ w5 j( B: d* D. v9 A" K% x4 O" KUser interface enhancements in PCB Exchange ( x) n9 P' y, }) H/ H3 R
IDX collaboration commands
- r% E+ _; I' z5 D" H) aIDX support enhancements
$ ]6 N( B' _& n& b; v ~Copper Area
! `! Y: H1 C" z7 a) cComparison of ECAD and MCAD primary pin locations
8 I+ J! t# b; `: v0 |Show Test Points
4 s5 W+ f# J; N m+ T7 JChapter 3: CAM # E6 J$ F( W8 m6 ~
CAM general ( {9 Q/ |3 R6 ~8 t$ T1 v
Notes in Manufacturing + N5 B+ l4 }$ Z _2 u
Descriptions in Manufacturing
$ [ G$ S7 r+ ^# v. X" a, H$ mDisplaying visible and hidden geometry / J" @5 U0 T ]& U( R3 |
Boundary selection enhancements ! C0 i5 o1 g9 L( n) \
Boundary selection display and gap closing
' l: r: w6 G5 A* V+ `6 @% HPasting operations with reference $ K5 R8 x }' h6 d
Show Thickness by Color enhancements
8 ~9 q# J( U* n& M& u: x& lSet Machining Data enhancements
- P- s+ b1 R' X0 d: f0 }' \9 DFlute length for drills ) K, d- f) J X) n3 [
Milling enhancements ( t0 E* z, Z* n1 C2 T, E* u
Machining with a T-Cutter 9 Q; V/ M/ j: q- j1 M
Machining cylindrical parts
: V5 X6 o8 w! P* P* L$ e! Z9 ]1 VTilt Tool Axis enhancements 7 V z* N, Y$ l/ k8 W) t
Area Milling enhancements
" ~. `: b2 e6 [3 a- S; ^1 Q5 i) i m0 BDivide By Holder % t- j& f" d/ p
Contact data output for Hole Milling and Thread Milling
( p+ s8 C! z( U) L# e) {3 F3 z, MCut area selection by edge-bounded region . a+ {% e6 N: T0 I# C! c2 a
Safer engage and retract moves for Zlevel operations
; C$ V, \! g2 G+ A* Y/ |Smooth noncutting motions in contouring and flowcut operations 5 m% b4 C# K! R5 L& a+ z8 P1 W
Improving 3D IPW efficiency in Cavity Milling
. a, R: H# Q- _) E) s' v ^) ~Multi Blade milling for turbomachinery 2 n8 k% Q5 _* l+ H$ h
Hole machining
+ a5 {; S, d& I% T7 j. J: ]. sNew manual drilling operations
9 U- v; t; Z# w& BHole machining workflow using a feature group geometry parent
- z) [, N, o% Z0 }+ A- `" Q3 RMachining feature groups - f T& D$ [: q8 L7 V3 ?
In-process features 9 a& L Z7 F: n, Y
Visualizing in-process features 2 s# N# B! E, E# M
In-process workpiece options to control the in-process feature
. V) B) S; V9 p2 U7 j0 Iviii What's New in NX 90 & D* V3 H' `* ?1 ~) F+ d
Feature machining areas
7 J' u1 J4 O; ]( e/ [5 xDrill tip point length
' k; F% L: B4 vCore Drill 2 t9 U7 Q) q* |/ U% T0 ]/ I J
Probing
# e+ y( c' K" ]1 }0 WProbing
, T7 \5 ^/ r, [- r7 iTurning enhancements / M5 b1 J& l# `
Centerline Drilling depth enhancement " K) l$ C" M- |) b: O" y7 c
Turning non cutting moves enhancements. Y1 [. r9 c$ u! R: Z4 z0 }# M
Parting off operation
- }9 h1 D! p; R' IThreading non cutting moves enhancements 4 ^' P* o5 S. F; ]# _# g- n
Integrated simulation and verification — ISV : W: h. F( x; \ V* r
Displaying axis positions and limits ( S) l& Q; g/ i8 @
Positioning simulated machine tools and cutters - V1 j. A: M8 W+ S0 w. A. t
Tool path display for external file simulation
1 t0 A8 Z! K K5 vSimulating all channels in external files
! k' {- i7 u! Z; qSimulating synchronized operations
! N" A& N( ~8 s0 u- c( SViewing a tool contact representation 5 q& K* m! c0 c& V& n" j
Configurable parser for NC Controllers
0 F6 o, g/ U) k: r2 j6 a( X- UKinematic chains for simulating complex machine tools
: \% I# n# X1 qSuppress Status line update |" F- ]1 I% O0 Z% ^2 T! i5 L
IPW color mapping to tools or operations
7 M8 y3 X( R4 ?7 ~5 ]0 oRegenerating a saved IPW
) ]# j# g9 Q( s6 p5 I; ~Gouge Check enhancements
0 T# F2 T6 |0 [Sinumerik Collision Avoidance
+ A: ~5 K* L. i" X# nSimulation and postprocessor examples
8 R% G! n/ _2 B+ x: e* AFlute length for drills ; ~4 h$ o0 p- R; u* S( s
NX Post
" [* |5 O6 t7 yAdding CAM attributes for shop documentation in the post
4 _/ I8 g. \1 \, ^/ BPost Builder
( ]; C9 m4 ]* N4 s1 D) K2 C/ s5 ]New Tcl commands in Post Builder / J$ ~) H$ l* u, m) h
Simulation and postprocessor examples
; Q. z1 Z7 T4 v* g4 V# OFeature-based Machining 1 ^) m |/ ?8 Q2 N: z: l
Feature machining areas
/ y: N z5 m, O) y" q, i0 tMachining feature groups 1 z6 g) _6 d0 G, L5 n
In-process features $ M; b' o* g! ?# {2 w
Visualizing in-process features " I- s2 u- M- t7 b$ ~
In-process workpiece options to control the in-process feature 9 y% m: h, Q; C) v8 T; h
Wire EDM ; l, X5 Z7 P1 G* g, t8 k( g# X+ g6 H
Wire EDM tool and guide 2 U5 T2 J8 H$ o2 X
Chapter 4: CAE & A" U9 O7 @$ I( K+ M
Advanced Simulation
$ ~1 O3 v4 W/ E1 s2 l b! L, mSolver version support 5 D6 u) \8 e* B ?
General capabilities # L+ l! e- m4 b
Fields 8 I) g+ G+ a( S( X
Materials " b+ N) h0 f# q6 T, _
Meshing ! w/ D S+ D0 J% ~; m$ {% A
Boundary conditions ! B% i! j, l9 m& I
Solutions ( a4 \1 f8 y$ Z' Z0 d
Nastran support enhancements
) d' J6 N2 f: K) Z, RAbaqus support enhancements 8 u2 `0 _$ V% u% b" R3 g" G
ANSYS support enhancements
3 c: s2 O- S) h( n1 {; Y. `! D0 XLS-DYNA support enhancements
: t* R) H" Q! I/ W4 i Q- d6 YOptimization ( c& ^! R# C" p( {
Post-processing
3 @( u6 V0 | h, x EDurability
0 Z% }; p A( G+ qNX Laminate Composites - M) H/ B$ s. P% a% C" a
NX Thermal and Flow, Electronic Systems Cooling, and Space Systems Thermal ! x& v5 _1 y# S" m6 `
NX FE Model Correlation
6 K0 T! r' o8 bTeamcenter Integration for Simulation
( V }. o: p# MDesign Simulation
+ b( w6 J& c+ k: ~, p: L# ?& _Boundary conditions
' p' U9 h) @; k; r" g2 K& ^7 jMeshing
8 C+ V, [" y/ ~& n2 ~) b c; K* bMotion Simulation
6 ? S/ _) _1 ZInteractive articulation methods
; \. f! ~5 O/ U+ ?! }" [- E$ b2 |! rJoint limits in articulation * `) n- h* D1 l; w" c' g
Animation enhancements G& X& m. s! m% O6 N0 E. i
Spreadsheet Run enhancements % y( H3 ]$ L1 U* Q6 K' }
Motion Preferences enhancements 3 A+ b3 ]% X$ [8 g: x' O7 c
Functions and Graphing # @ W. Q1 m# G$ G- I
Inverse option for Function Single Math command % F$ l; D* C/ b/ z. r) `. R7 p
Plotting a graph in a separate window 6 T( G T$ N6 V! W' {" h: y
Improved font support in graphs 6 z, E5 }# s; J* b: `
Plotting a graph with no line
Z3 t6 K- P+ c; [ kSaving graph data to an AFU file , j( @5 |. [" Z% J$ m
Expanded complex plot support! H0 u! _- h1 `4 Q' x4 E
Chapter 5: Teamcenter Integration for NX # _- I$ t, Z3 a' w7 x5 {0 _4 {* c, q
Teamcenter Integration for NX
- y. z7 f G- ?: J( N" r- o& Z' ]Define and load configuration contexts
4 g) `2 A( O8 q G {Run NX in a Teamcenter multifield key environment $ N y8 Y4 x8 J+ K: W& G: I, \0 y
Independent drawings added to export and clone ' T0 _( Z' R8 h2 A) i$ j
Save As enhanced
, K( I* z, v. a* T+ W, qRetaining absolute occurrences when saving moved components , w) G4 D/ }1 d* y1 S# q
Opening a component with a different revision rule than the assembly
1 v4 ^! Q+ Z& D0 f/ U8 R: x% S! hViewing results and default filtering for projects
, D/ T/ W9 [9 f( b7 }4 t tAdding independent drawings and CAE parts in the ug_clone utility
* Y X) R4 V& M1 @* |Refile utility enhancement in Teamcenter 5 Z, Y" \8 N$ ]
Item-based publishing of welds and datums to Teamcenter
a" R/ W8 g: ~. v1 ~0 ]Chapter 6: 4th Generation Design (4GD)
$ n, m# [. u/ y4 Z7 T- |Introducing 4GD % q7 a, E0 m9 e c
4GD enhancements & \" F# u- Z" s- s0 W/ [
Design element enhancements
$ P$ I9 t- j5 V6 S! n0 ]Creating multiple design elements
; k* l" C2 N5 p& ^# `Converting design elements : j* h3 q- b/ y p
Create Reusable Design
1 A" l1 n7 J9 A' YPresented parents
8 T6 O6 K& q- R" |+ | y9 mPartition views for subsets
$ W. e% D' F4 H# J0 _1 Cx What's New in NX 90
# \0 ?) }+ ^7 p, P) y( x9 QSubset structure views ! s9 ^4 W7 `& Y/ B% J# w
Adding connecting welds to a subset $ i4 a8 T3 Q! j3 {) {2 F
Mirroring a design element
3 ^2 h. ^! t- @( N& [' ZLoad attribute groups for design elements 7 n4 \4 {& U: q0 ~7 e
Effectivity and variant options added to subset creation
3 ~ n8 x$ O6 P! `, B1 }Edit attributes in bulk
+ u5 a. K( W; L( Y$ d7 DShow Collaborative Design Preview
3 H' T; G9 @) m* LDesign features . a; ]) ?0 r. Y6 }. v# E
Check in and check out enhancements 1 e) H _* S: \# e3 N
Generating collaborative designs from existing structures
: `0 q0 x7 \* A$ m) _$ i$ u- HCheck-Mate in 4GD , u9 ]- G& { x3 c* [7 `
Issue Management in 4GD # z2 p! n+ C3 v" e2 Z/ N
Chapter 7: Inspection and validation ' z/ o8 _( r/ J6 }0 g) R
Check-Mate
3 K! w/ g% \' z/ N# w( H$ @9 WCheck-Mate checkers and functions 5 w x0 M/ l7 W6 y' q. v, j2 M$ ]: P
Check-Mate profiles
6 n$ w4 C, l u0 L+ {. U; c9 `$ } U6 aCMM Inspection Programming * G3 q: C' W! n$ ?' x) F
General enhancements
5 |. j G# h6 C: _% a* oExpanded CMM libraries
f4 m; Z, W# F1 t& B/ {Offset distance for 2D features ) P; d8 w* y8 M! m I" {- _
New inspection feature type: Edge Point
! b4 r0 {9 U! t8 eSet PCS to CADABS alignment type
( T, ~7 v# B% g% SNew inspection command types + f* \& b' N* i }) M! \$ s
Support for cylindrical probes / H' \% z* c- ?1 `2 h2 }
Resequencing of inspection paths
5 z( T0 d J3 D( ?4 B1 `# tAuto-ordering of tolerances in the Inspection Navigator $ W2 p5 t6 b$ l \8 T2 L
Support for DMIS SNSET/DEPTH 8 c8 [( ?7 X, [/ S* |- [
Measure an inspection feature relative to another feature8 I- R4 {, M% k! _2 Q" o
Requirements Validation
* \& l5 k! T% u v5 e( ]Units in the HD3D Requirements Validation tool
6 C, [; y0 ^- x2 EChapter 8: Tooling Design
2 U, ] z7 Q& K; ]CAM Data Preparation
6 V2 {1 F/ l% T% F( e0 R R0 |3D Curve Offset
$ _+ Q3 D3 t2 |! L7 a, N0 m6 G. ?: j3D Curve Blend 8 [+ Z- V. h" p" m+ ?
Match Surface ; @" l) Y4 ?$ B, v9 P" ~
Reduce Surface Radius 3 G# C# o/ _9 a3 H. Q7 d+ _1 ^$ ?
Guided Extension
% k& W2 S, `1 x& L/ n" y" `Tooling shared functions
$ r* `1 A: i L7 A7 ]Die Analysis using LS-DYNA
- D# B5 Y, _/ Q7 i+ g+ o" Q* {Object Attribute Management
) I9 y' |' J7 M: u9 R# W) {Face Color Management 3 I3 q! | f1 k1 _1 t
Hole Manufacturing Note , W. p4 l2 U3 X2 `) w& E+ p( s
Restore Tooling Application
4 `7 e( i7 l' p6 HMold Wizard ' R y5 v8 @4 o7 D+ G6 }: i5 x
Mold Base Library enhancements
/ U' r5 i5 Z3 h* S5 s6 ~Workpiece enhancements
" j% H# g, z, O( | DEjector Pin Table
6 }( w* m, J4 _- B+ W* ~Weld Assistant
4 c2 z; K3 m) U6 i* UFabrication Information
' `8 @, D( K2 [Joint Mark 9 U' R* H2 _: @' P
Export CSV File enhancements ) g4 T9 |- r! y$ X1 {, B
Import CSV File enhancement 5 y7 q$ L# _% [7 C% y. t; r
Groove Weld enhancements
! H1 \' I1 [* M( `Datum Surface Locator and Datum Pin Locator enhancements # G' `; a9 ^% g! J+ A
Using weld and datum information obtained from Teamcenter
( n) K8 x5 c+ r! l A: yItem-based publishing of welds and datums to Teamcenter
1 i7 O. ~% I8 C% i' @8 @$ k9 LConnected Face Finder enhancements
; n' s2 e( @* z* FCompound Weld enhancements . O2 f8 h& H& [/ G! R8 S5 y# d
Structure Welding $ r& \' j& Q& X
Fabrication PMI
- u% E. ?1 g s/ i ^Surface Weld
+ b4 O5 ?2 X5 ?. n/ o* SWelding Joint enhancements
1 u* C6 i& F6 z% W# P6 T8 GEdit Joint Definition enhancement
" J3 u- a; ]0 f, _Edge Attribute Title welding customer default 6 l0 a1 O% P$ G3 \
Export Welding Joints enhancement 5 |2 N4 G. F7 M4 V2 K8 u
Item-based publishing of welds and datums to Teamcenter " P' ~! [, V/ m6 Z, m
Die Design
' r, k: h4 X. o6 P" ULower Binder 9 x& O1 `+ T2 S2 H8 x9 m
Trim Post 8 g! ]6 H3 M& A% n; b* P3 }
Draw Punch and Draw Die enhancements ( e7 G+ l% o5 m2 ^
Assigning colors to die faces 8 X& c- k, S [1 g9 o1 v0 z
Die Engineering
0 y) Z: c1 r1 W8 `. s. e" VDie Analysis using LS-DYNA
: W( L1 |% {4 z8 S! r% j& s. M; v; OTrim Angle Check enhancements
5 j: G2 ^* L( ?1 L3 ~! w! `) MStamping Operation enhancement
+ ^) K$ Y. q2 Q j7 y7 ~+ k9 sDie Tip enhancement 7 T6 u6 y$ Q! n9 M' z1 p l1 ?
Chapter 9: Data translation x* l4 W( C0 s. O, s
Exporting editable dimensions to DXF/DWG file 2 Z r- L+ H" [
Controlling text aspect ratio for the text imported from DXF/DWG file
8 J+ s, f4 o( D7 H, M0 sSupported DXF/DWG versions
# P, t. N! H9 fSTEP translator enhancements
* Q) W/ T2 c8 ~NX to JT
8 I. Z! H! D* a' K. {! }6 r' FJT version 10 files . }8 ]7 E" P+ P' T! ?. @
Display order of model views and PMIs in JT files 8 E Y2 o i3 ^: G. R/ `
JT support for object visibility in model views
9 ?, H# L" L- c6 d) v; ?" c, d2 uPMI lightweight section views enhancements in JT files
' B- j" E# ?+ Z( uJT support for weld Joint Mark feature
. D w( l, Z/ bJT support for hole and thread callout PMI
$ B' P5 o; ~ h7 z) e6 V. e3 |% YGeometry Sharing in JT files , o" i. Z' V& J+ a7 \
JT support for business modifiers and PMI attributes
C0 _$ G, m$ y8 C3 v+ y' ^Visibility of datum entities in model views of JT files
9 m+ Y% k1 q6 B4 o' m! W3 {0 WJT support for PMI association with objects 4 V. r3 T- X2 S3 ?, s' |
Chapter 10: Mechatronics Concept Designer : D+ ^8 ?. W2 p# N0 o+ l2 {
Collision Body enhancements
( a) e2 t3 S, O( VActuator enhancements ! S2 J- E/ ^& e7 ]! e4 N
xii What's New in NX 90
; G+ p/ ^, M) FCam enhancements ) t0 _) N# I2 P2 _+ p+ k
Operation enhancements ( w& Z# |" ]; f! G
Changing units in dialog boxes # r. g; z6 e, D8 T
Mechatronics Concept Designer preferences
# N* h2 E k7 ]% w% N/ _, r8 }Create dependencies
- R+ ~) g5 o- @6 O0 |. RSystem Navigator enhancements ?1 j- B" {) q
Creating physics containers
! X6 ^% @' E# B" `; jECAD integration enhancements + G, B' y& c# u+ Q" _6 d' K7 X
Simulating NC code
/ g( E9 w. _/ m: a# U: z5 ?Convert from MTB . V1 m2 N8 z% V9 F, {4 \
Shared memory signal mapping 7 T9 @4 P$ g! B2 \+ f
SCOUT Integration
" F. N! f6 J2 q) |! sSIZER Integration 8 j9 d2 S7 ~1 c
Chapter 11: Programming Tools
$ d0 ~! q# R# O8 MAssemblies functions in SNAP 5 e3 d) `. I& Y* p) A$ @# S7 V3 j
Block UI Styler
2 g# A$ F$ T5 e& z6 bNew properties for blocks
3 G2 h9 a7 u0 `- B: E9 sChanging a displayed part* `' ]" ^' \ K+ a" U9 r
Explorer block & F9 X$ b: }# A0 ~4 s7 U4 Y
Chapter 12: What's New in NX 851
/ t7 Z6 T& L* s4 H! A; k1 _Modeling
& ]' j' p9 U- J" e2 ]User Defined Feature callback hooks for NX Open API libraries
( q# \- G% Q" }3 _, yPreserve the relative order of Feature Groups ) A2 o0 Z) B- a! C! z
U/V Direction
1 g/ n( C0 t( P2 ZStudio Surface enhancements — Split faces along boundary curves
/ Y0 G- l8 q% l5 \' [; LPMI + ?9 K2 K& |0 c
Find PMI Associated to Geometry enhancements 1 m) H3 X/ ?, S; y
PMI Effectivity Management 741
( M# \# y- V8 r" GRouting 742 ' R9 w1 [4 S5 S4 R
Wind Catcher 742
/ F0 f* @0 S! _Branch Path Numbering 744 \) F8 n3 k8 t) r: ^' ^
Platform Creator 745 7 O) c( f" p4 t+ b' ]1 ^6 l' |8 s
Shipbuilding 747
" {9 v, t7 f& s2 g+ VAssign manufacturing information to openings 747 / F. p$ O" J% x/ y' f
Specify section subtypes for steel features 749
" P" R" s, C$ [5 v: ]& ` hManufacturing 750 % v, H8 {6 ]% v" r7 C$ i8 l% {1 ^
Operation Navigator enhancements 750 * l6 h7 v ~! @4 R" m" m) F
Advanced Simulation 751 6 I* i: _+ `' B/ R, q% p( X$ }
Solver version support 751 9 [; J4 c E9 ?3 H
NX Laminate Composites 758 0 ]1 E- z, G; s+ c4 h# l
Durability 763
3 i% r; u/ M; `3 `! dTeamcenter Integration for NX 764 + o# U7 u; f7 N# T5 ^
NX Relations Browser enhancements 764
w3 S1 m4 q, k6 `! m$ D* eSelect Configuration Context when loading assemblies 766 ) n- j0 q$ h' ^0 ^7 B; Z+ o
Default project selection 768
/ h7 z# m7 ?5 a3 \CMM Inspection Programming 769
; u) G1 n# c: P& t% ^( q- yCMM measurement analysis engine 769
8 k( e6 Q# c% z: i: D, S9 e' s" DExport analysis results 771 DMIS programming enhancement 772
7 `+ ^* @+ L5 |, VData translation 774
2 {8 a: N6 I7 \AutoCAD DXF/DWG Import Wizard dialog box enhancement 774 6 i( |% Y% Y$ H# n
JT support for PMI association with objects 775
) ]% S' y8 }* i1 zMechatronics Concept Designer 776 ! L: ?! d: Q0 m
Import from ECAD enhancements 776 - V: z2 t) z, i# A% _1 M* T
/ Q5 I5 o% V0 Z. ]9 q1 _/ \
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